Abstract:
A wireless communications system for viewing and modifying memory locations within a power system device is provided including a wireless device and a power system device. The wireless device includes an input mechanism adapted to accept input from a user indicating a memory location the user wishes to view; a first radio frequency transmitter for transmitting a first signal including the memory location within the power system device the user wishes to view; and a first radio frequency receiver for receiving a second signal. The power system device includes at least one randomly accessible memory location and a processor coupled to at least one randomly accessible memory location; a second radio frequency receiver coupled to the processor and a second radio frequency transmitter coupled to the processor for receiving the first signal. The processor retrieves the value of the memory location included within the first signal and activates the second radio frequency transmitter to transmit a second signal including the value of the memory location. The value of the memory location may be a command or control that is executed by the power system device.
Abstract:
A wireless communications system for viewing and modifying memory locations within a power system device includes a wireless device and a power system device. The wireless device includes a user input which accepts a memory location the user wishes to view; a first radio frequency transmitter for transmitting a first signal including the memory location within the power system device the user selected; and a first radio frequency receiver for receiving a second signal. The power system device includes a randomly accessible memory location and a processor coupled to the memory location; a second radio frequency receiver coupled to the processor and a second radio frequency transmitter coupled to the processor for receiving the first signal. The processor retrieves the value of the memory location included within the first signal and activates the second radio frequency transmitter to transmit a second signal including the value of the memory location.
Abstract:
Se proporciona un sistema de comunicaciones inalámbricas para ver y modificar ubicaciones de memoria dentro de un dispositivo de sistema de energía que incluye un dispositivo inalámbrico y un dispositivo de sistema de energía. El dispositivo inalámbrico que incluye un mecanismo de entrada adaptado para aceptar la entrada de un usuario que indique una ubicación de memoria que el usuario desee ver; un primer transmisor de frecuencia de radio para transmitir una primera señal que incluye la ubicación de memoria dentro del dispositivo de sistema de energía que el usuario desea ver; y un primer receptor de frecuencia de radio para recibir una segunda señal. El dispositivo del sistema de energía incluye al menos una ubicación de memoria accesible aleatoriamente y un procesador acoplado a al menos una ubicación de memoria accesible aleatoriamente; un segundo receptor de frecuencia de radio acoplado al procesador y un segundo transmisor de frecuencia de radio acoplado al procesador para recibir la primera señal. El procesador recupera el valor de la ubicación de la memoria incluido dentro de la primera señal y activa el segundo transmisor de frecuencia de radio para transmitir una segunda señal que incluye el valor de la ubicación de la memoria. El valor de ubicación de la memoria puede ser una orden o control que sea ejecutada por el dispositivo de sistema de energía.
Abstract:
A wireless communications system for viewing and modifying memory locations within a power system device includes a wireless device and a power system device. The wireless device includes a user input which accepts a memory location the user wishes to view; a first radio frequency transmitter for transmitting a first signal including the memory location within the power system device the user selected; and a first radio frequency receiver for receiving a second signal. The power system device includes a randomly accessible memory location and a processor coupled to the memory location; a second radio frequency receiver coupled to the processor and a second radio frequency transmitter coupled to the processor for receiving the first signal. The processor retrieves the value of the memory location included within the first signal and activates the second radio frequency transmitter to transmit a second signal including the value of the memory location.
Abstract:
A system for wirelessly viewing memory locations within a power system device comprising a wireless device (102), at least one randomly accessible memory location, a processor (310) coupled to the randomly accessible memory location and a radio frequency transmitter and receiver (RX, TX) coupled to the processor (310). The wireless device further includes an input mechanism for accepting an input from a user indicative of the memory location they wish to view, a radio frequency transmitter and a radio frequency receiver. The transmitter of the wireless device is adapted to transmit a first signal, which includes the memory location within the power system that the user wishes to view, to the receiver (RX) coupled to the processor (310). The processor (310) can then retrieve the value of the memory location indicated in the first signal from the randomly accessible memory location and transmit a second signal, which includes the value of the memory location, via the radio frequency transmitter (TX) connected to the processor (310) to the receiver of the wireless device (102).
Abstract:
A wireless communications system for viewing and modifying memory locatio ns within a power system device includes a wireless device and a power syste m device. The wireless device includes a user input which accepts a memory l ocation the user wishes to view; a first radio frequency transmitter for tra nsmitting a first signal including the memory location within the power syst em device the user selected; and a first radio frequency receiver for receiv ing a second signal. The power system device includes a randomly accessible memory location and a processor coupled to the memory location; a second rad io frequency receiver coupled to the processor and a second radio frequency transmitter coupled to the processor for receiving the first signal. The pro cessor retrieves the value of the memory location included within the first signal and activates the second radio frequency transmitter to transmit a se cond signal including the value of the memory location.